Global-to-local scale storm surge modelling: Operational forecasting and model sensitivities

INIS

• sensitivity 100%
• surges 100%
• forecasting 100%
• modeling 100%
• storms 100%
• tide 60%
• sensitivity analysis 20%
• cyclones 20%
• levels 15%
• information systems 15%
• bathymetry 15%
• validation 15%
• dynamics 10%
• resolution 10%
• datasets 10%
• water 10%
• wind 10%
• queensland 10%
• surfaces 5%
• zones 5%
• gain 5%
• oceans 5%
• applications 5%
• harmonics 5%
• risks 5%
• hydrodynamics 5%
• values 5%
• coupling 5%
• geometry 5%
• coast 5%
• speed 5%
• comparative evaluations 5%
• europe 5%
• coastal waters 5%
• correlations 5%
• mozambique 5%
• accuracy 5%
• velocity 5%
• errors 5%
• grids 5%
• data 5%
• barometers 5%
• hydrodynamic model 5%
• availability 5%
• atmospherics 5%

Earth and Planetary Sciences

• Storm Surge 100%
• Sensitivity 100%
• Mathematical Model 100%
• Model 100%
• Tide 50%
• Investigation 25%
• Surge 16%
• Water Level 12%
• Proving 12%
• Information System 12%
• Bathymeter 12%
• Show 8%
• Data Set 8%
• Queensland 8%
• Slope 4%
• Agreement 4%
• Complexity 4%
• Coast 4%
• Surface Pressure 4%
• Coupling 4%
• Standard 4%
• State of the Art 4%
• Atmospherics 4%
• Obliquity 4%
• Improvement 4%
• Accuracy 4%
• Europe 4%
• Wave 4%
• Coastal Environment 4%
• Geometry 4%
• Boundary 4%
• Error 4%
• Edge 4%
• Harmonics 4%
• Barometer 4%
• Mozambique 4%
• Extratropical Cyclone 4%
• Tropical Cyclone 4%
• Need 4%
• Coastal Water 4%
• Shoreline 4%

Engineering

• Local Scale 100%
• Models 100%
• Global Scale 18%
• Dataset 9%
• Real World 9%
• Scale Dynamic 4%
• Velocity 4%
• Couplings 4%
• Local Model 4%
• Hydrodynamic Model 4%
• Good Agreement 4%
• Hydrodynamics 4%
• Harmonics 4%